上下文感知信息访问的挑战和机遇

G. Jones
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引用次数: 31

摘要

嵌入广泛的普适计算技术的普适计算环境为信息访问提供了一个具有挑战性和令人兴奋的新领域。在这些环境中工作的个人越来越多地永久地连接到丰富的信息资源。这些环境的一个吸引人的机会是,有可能从个人以前的信息经验或外部来源向他们提供有用的信息。这些信息应该丰富他们的生活经验或使他们在努力中更有效。无处不在的计算环境中的信息访问可以通过利用描述环境、搜索者和信息本身的广泛上下文数据来实现“上下文感知”。实现这种以这种方式可靠、及时和适当地识别和提供信息的愿景带来了许多挑战。实现上下文感知信息访问的一个中心主题是将信息检索与可用上下文数据的多个维度相结合。潜在的上下文数据源,包括用户当前的任务,来自环境和生物传感器的输入,与用户的当前上下文、以前的上下文和文档上下文相关联,可以使用各种技术来利用这些数据源,为信息访问创造新的和令人兴奋的可能性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges and opportunities of context-aware information access
Ubiquitous computing environments embedding a wide range of pervasive computing technologies provide a challenging and exciting new domain for information access. Individuals working in these environments are increasingly permanently connected to rich information resources. An appealing opportunity of these environments is the potential to deliver useful information to individuals either from their previous information experiences or external sources. This information should enrich their life experiences or make them more effective in their endeavours. Information access in ubiquitous computing environments can be made "context-aware" by exploiting the wide range context data available describing the environment, the searcher and the information itself. Realizing such a vision of reliable, timely and appropriate identification and delivery of information in this way poses numerous challenges. A central theme in achieving context-aware information access is the combination of information retrieval with multiple dimensions of available context data. Potential context data sources, include the user's current task, inputs from environmental and biometric sensors, associated with the user's current context, previous contexts, and document context, which can be exploited using a variety of technologies to create new and exciting possibilities for information access.
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